Biography: 

Dr. Sebastian Hermansen is a senior specialist in wind turbine blade structural design and optimization at Gurit, as well as a researcher at Aalborg University. His work concerns innovation, development, and integration of advanced materials in wind turbine blades, with a current focus on recycled PET foam core. A key area of Dr. Hermansen’s work at Gurit is to engage and support customers to understand and solve their current challenges related to materials and design. Dr. Hermansen is also active in research and has authored several scientific papers on structural optimization methods for efficient design of advanced composite structures. He recently won a Young Researcher Award for a presentation of his ongoing work. Dr. Hermansen completed his doctoral studies at Aalborg University on “Structural Optimization of Wind Turbine Blades Including Fatigue Constraints”. His PhD work was awarded the prestigious Danish Composite Award, 2025.

About Gurit:

Gurit is a global leader in advanced composite materials and engineering solutions that make a difference. Our expertise in kitted core materials, prepregs, pultruded glass profiles, formulated products, as well as manufacturing technologies and engineering, drives innovation and lightweighting across multiple industries. With a strong focus on sustainability and performance, we help customers meet demanding challenges while advancing cleaner, more efficient solutions. We remain a trusted partner for global wind energy customers, with a strong focus on wind turbine blade solutions. Our in-depth understanding of the value chain allows us to help increase wind energy competitiveness and promote its sustainable growth. In the marine and industrial markets, we drive lightweighting and high-performance solutions, enabling our customers to achieve their goals with durable, energy-efficient materials. Our innovative and sustainable portfolio ensures that we continue to lead in shaping industries that demand cutting-edge performance while contributing to a more sustainable world.